K.732.51 Differencial Pressure Gauges
K.Y40102D Liquid level pressure transmitter
K.YB.40100M ultra-high-purity pressure transmitter
K.NO Sensor
K.UNDZYB.50 Wireless Integrated Digital Sesor
K.WB20088 Temperature transmitter
Electromagnetic Flow Meter
Thermal Gas Mass Flow Meter
Vortex Flow Meter
Ultrasonic Flow Meter
Precession Vortex Flow Meter
Gas Turbine Flow Meter
Liquid Turbine Flow Meter
Diaphragm pressure reducing valve

K.40101 Pressure Transmitter

The pressure transmitter USES a pressure resistance sensor with a stainless steel diaphragm as a signal measuring element and is calculated
The zero point and sensitivity temperature compensation of wide temperature range are made by laser resistance control.
Amplifier bit
Convert sensor signal into standard output signal in stainless steel case.
The whole product has gone through components and semi-finished products
And strict testing and aging of finished products.
This product is widely used in stone for its excellent reliability, wide adaptability, flexibility and diversity
Field pressure measurement and control of oil, chemical, metallurgy, electric power, hydrology and other industrial processes.

The characteristics of
Overhaul 316L stainless steel diaphragm structure
The throughout stainless steel structure is of high precision
Entanglement has strong anti-interference and good long-term stability
Entanglement is anti - vibration and anti - impact
Periodic is applicable to measurement of ambient temperature media and can work stably for a long time
The solubility structure is diversified and the installation is convenient
The measuring range is wide and the absolute, surface and seal surface pressures can be measured

The installation
Mechanical connection
Through the pressure pipe joint (DIN3582 external thread M20*1.5) (other size joints can be explained at the time of ordering),
Install directly on the hydraulic line.
In critical applications (such as severe vibration or shock), pressure pipe joints may pass through micro
Type hose for mechanical decoupling.